RS PRO RS MT-6600 User manual

Africa
RS Components SA
P.O. Box 12182,
Vorna Valley, 1686
20 Indianapolis Street,
Kyalami Business Park,
Kyalami, Midrand
South Africa
www.rs-components.com
Asia
RS Components Ltd.
Suite 1601, Level 16, Tower 1,
Kowloon Commerce Centre,
51 Kwai Cheong Road,
Kwai Chung, Hong Kong
www.rs-components.com
China
RS Components Ltd.
Unit 501, Building C, The
New Bund World Trade Center
Phase II, Shanghai, China
www.rs-components.com
Europe
RS Components Ltd.
PO Box 99, Corby,
Northants.
NN17 9RS
United Kingdom
www.rs-components.com
Japan
RS Components Ltd.
West Tower (12th Floor),
Yokohama Business Park,
134 Godocho, Hodogaya,
Yokohama, Kanagawa 240-0005
Japan
www.rs-components.com
U.S.A
Allied Electronics
7151 Jack Newell Blvd. S.
Fort Worth,
Texas 76118
U.S.A.
www.alliedelec.com
South America
RS Componentes Limitada
Av. Pdte. Eduardo Frei M. 6001-71
Centro Empresas El Cortijo
Conchali, Santiago, Chile
www.rs-components.com
Multifunction Installation Tester
Instruction Manual
RS MT-6600
Stock No: 144-5338
EN

Multifunction Installation Tester/English
Warning!
You must read and completely understand the Safety Considerationspart of this manual before using the
instrument.
1-Safety Considerations
This manual contains instructions regarding the safe use and the proper functioningof the instrument. Ifnot
complied with, the user could be exposed to danger and the instrument to possible damage.
1.2-Terminology
The term WARNING asused inthis manual denes a condition or a procedure which couldlead to a serious
injury or accident. The term CAUTIONdenesa condition or action whichcould lead to the instrument being
rendered defective during the testing process.
1.3-Warnings
• Make sure to read and fully understand the instruction contai ned within this manual prior to use.
• This instrument is not intrinsically safe therefore do not us e the instrument in hazardous environments.
• Inorder to prevent re and/or electrical shock, do not use the instrument in wet, damp or highly humid
environments.
• Prior to use, check if theinstrument functions correctly. If any symptoms/symbols ofmalfunction or abnormalities
are indicated, do not use and inform RS components.
•Users who could be exposed tovoltages in excess of theextra low band (50V ac or 120V dc) should be
competent and be aware of the requirements of GS 38 regarding the use of the instrument and the associated
leads and probes etc.
• Make sure your ngers holding the test probes are positioned behind the safety lines of the test probes.
• DO NOT OPEN THE INSTRUMENT.
• If the internal fuse (protective device) operates,replace wi th a device of the same type and rating. If it operates
again seek professional advice. DO NOT REPLACE FUSE AND TRY AGAIN.
• When carrying out the“dead tests” ensure prior to connectionofthe instrument leadsthecircuitunder test
has been conrmed “dead” and secured in the OFF position usi ng appropriate methods.
• Battery condition is indicated by a beep. Check and replace i f necessary.
• Do not test an electrical circuit or systems where the voltag e is in excess of 550V.
• Ensure at all times the leads are in compliance with GS 38 (a s supplied) and not damaged.
1.1-International Symbols
WARNING!
CAUTION! Voltage present
Earth
Double Insulation (Class II insulation)
Fuse
Prohibited to use for the Electrical System which uses the volt age above 550V
Conformity to European Standards
>550V
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Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
1.4-Caution
Do not change functions on the test instrument with the test le ads in place, i.e. changing from a “dead test”
to a test where the supply is required could damage the instrument.
1.5-Declaration of Conformity
This instrument has been tested according to the below regulations:
EN 61326: Electrical equipment for measurement, control and lab oratory use.
EN 61010-1: Safety requirements for electrical equipment for me asurement, control and laboratory use
–Part 1: General requirements.
BS EN61557: Electrical safety in low voltage distribution syste ms up to 1000V a.c. and 1500V d.c.
Equipment for testing, measuring or monitoring of protective measures.
• Part 1 General requirements
• Part 2 Insulation resistance
• Part 3 Loop resistance
• Part 4 Resistance of earth connection and equipotential bondi ng
• Part 6 Residual current devices (RCDs) in TT and TN systems
• Part 7 Phase sequence
• Part 10 Combined measuring equipment
1.6-Error Codes
Various error conditions are detected by the tester and are indicated with the icon, “Err”, and an error
number on the primary display. See Table 1. These error conditions disable testing and, if necessary, stop
a running test.
Table 1. Error Codes
2-Specication
LOOP Resistance
L- PE (Hi-Amp)
Measuring Current: 8.0 A~25.0 A
Range of the Voltage Used: 195V a.c. – 260V a.c. (50,60Hz)
Error Condition Code
Solution
Fault Voltage
Over Temp
Excessive Noise
Excessive Probe
Resistance
Self Test Fails
Code
1
2
3
4
5
Solution
Check the installation, in particular, the voltage
between N and PE.
Wait while the tester cools down.
Switch o all appliances (Loop, RCD measurements)
and move the earth stakes (earth measurement).
Put the stakes deeper into the soil. Tamp down the
soil directly around the stakes. Pour water around
the stakes but not at the earth ground under test.
Return the tester to a Service Center. .
Range(Ω)
0.23 9.99
10.0~99.9
100~999
Resolution(Ω)
0.01
0.1
1
Accuracy
±(4% of reading+6digits)
Notes
[1] Valid for resistance of neutral circuit <20 Ωand up to a system phase angleof 30°. Test leads must be zeroed
before testing.
[2] Valid for mains voltage >200V.
LINE Resistance
L- N
Measuring Current: < 15mA
Range of the Voltage Used: 195V a.c– 260V a.c (50,60Hz)(50,60Hz)
1] Valid for resistance of neutral circuit <20 Ωand up to a system phaseangle of 30°. Test leads mustbe zeroed
before testing.
[2] Valid for mains voltage >200V.
Measuring Current: 4.0 A
Range of the Voltage Used: 195V a.c. –260V a.c.(50,60Hz)
L- PE (No Trip)
Notes
[1] Valid for resistance of neutral circuit <20 Ωand up to a system phase angleof 30°. Test leads must be zeroed
before testing.
[2] Valid for mains voltage >200V.
Notes
Rcd Rating (I_n): 10mA,30mA,100mA,300mA, 500mA, 650mA and 1A .
Testcurrent: x1/2, x1,x2 and x5
RCD (BSEN 61557-6)
Range(Ω)
0.23 9.99
10.0~99.9
100~999
Resolution(Ω)
0.01
0.1
1
Accuracy
±(5% of reading+6 digits)
Range(Ω)
0.23 9.99
10.0~99.9
100~999
Resolution(Ω)
0.01
0.1
1
Accuracy
±(4% of reading+4digits)
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Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
Voltage and Frequency
Measurement Range
(V)/AC-DC
80~500
Resolution(V)
1
Accuracy
±(2% of reading +2digits)
Accuracy
±2Hz
Resolution(Hz)
1
Measurement Range
(Hz)
45~65
Insulation
Low Ohm
Earth Resistance
Terminal Voltage
125V(0%~+10%) 0.125~4.000 M Ω
4.001~40.00 M Ω
40.01~400.0 M Ω
400.1~1000 M Ω
0.250~4.000 M Ω
4.001~40.00 M Ω
40.01~400.0 M Ω
400.1~1000 M Ω
0.500~4.000 M Ω
4.001~40.00 M Ω
40.01~400.0 M Ω
400.1~1000 M Ω
1.000~4.000 M Ω
4.001~40.00 M Ω
40.01~400.0 M Ω
400.1~1000 M Ω
0.001M Ω
0.01M Ω
0.1M Ω
1M Ω
0.001M Ω
0.01M Ω
0.1M Ω
1M Ω
0.001M Ω
0.01M Ω
0.1M Ω
1M Ω
0.001M Ω
0.01M Ω
0.1M Ω
1M Ω
± 3%+10)
±(2%+10)
±(4%+5)
±(5%+5)
±(3%+10)
±(2%+10)
±(3%+2)
±(3%+2)
±(3%+10)
±(2%+10)
±(3%+2)
±(4%+5)
±(3%+10)
±(2%+10)
±(3%+2)
±(4%+5)
250V(0%~+10%)
500V(0%~+10%)
1000V(0%~+10%)
0.000~2.000 Ω
2.00~20.00 Ω
20.0~200.0 Ω
200~2000 Ω
0.00~99.99
100.0~999.9 Ω
1000~2000 Ω
0.01 Ω
0.1 Ω
1Ω
0.001 Ω
0.01 Ω
0.1 Ω
1Ω
5.0V±1VDC 250Vrms±(1.5%+30)
±(1.5%+3)
±(1.5%+5)
Range
Resolution Accuracy Test Current
1mA @load125k Ω
1mA @load250k Ω
1mA @load500k Ω
1mA @load1M Ω
Short circuit
current
≤1mA
≤1mA
≤1mA
≤1mA
Range Resolution Accuracy Max. Open Circuit Voltage Overload Protection
R ange R esolution Accuracy
±(2%+30d)
±(2%+6d)
1-Starts the selected test. The T key is surrounded by a “touch pad”. The touch pad measures the potential
between the operator and the tester’s PE terminal. If you exceed a 100 V threshold, the D symbol above
the touch pad is illuminated.
2-Warning lamp
3-320X(RGB)X240 color active matrix
4-Press and hold Turns the tester on and o. Short Press return the latest status.
5-Function selector switch.
6-Navigation keys:
Enter, Up, Down, Left/Save, Right
7-Selects the sub-menus from the Test Mode selected by the rotary switch:
F1, F2, F3, F4
8-Accesses help menus and delete les.
3-General Specication
4-Instrument Overview
4.1-Front View
Power Source
Battery Life
CAT Rating
Protection Classication
Protection Rating
LCD Screen Type
Pixels
Operating Temp
Relative Humidity
Storing Temp
Operating Altitude
Protective device
Dimensions
Weight
8 x 1.5V AA Size Alkaline batteries
or 8 x 1.2V AA Size rechargeable Ni-MH batteries
Average of 15hours
CAT III 600V
Double Insulation
IP65
3.5”TFT
320x240
0°C~ 45°C
95% 10°C~ 30°C: Non-condensing
75% 30°C~ 40°C
-10°C~ 60°C
2000m
500mA Fast response BS 88 Fuse
24.2cm(L) x 10.5cm(W) x 14.5cm(H)
1.56kg
5
4
1
2
6
38
7
4 5

1-Input Terminal to operate the switched probe
2-L-Line Input
3-PE-Protective Earth Input
4-N-Neutral Input
5-Input Terminal to operate the switched probe
6-TV OUT
7-System Reset
8-USB Connector
9-Power Supply Socket
4.2-Connector Panel
Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
1-Fuse 5A 600V
2-Fuse 5A 600V
3-Fuse 500mA 600V
4-Battery cells (size AA).
4.3-Battery & Fuse
4.4-Understanding the Display
No. Annunctator
No. Annunctator
2
3
4
5
G
S
G
S
1
Function
Continuity
Terminal Voltage
Trip Current
Current
Beeper
Type of RCD
Lock
0°/180°
ZERO
Reference
Date Time
10.0Ω
20.0Ω
50.0Ω
50.0Ω
125V
250V
500V
1000V
30mA
100mA
300mA
500mA
650mA
1000mA
10mA
NO Trip
Hi Amp
OFF
ON
OFF
ON
0°
180°
0.125MΩ
0.25MΩ
0.5MΩ
1MΩ
2MΩ
5MΩ
10MΩ
20MΩ
50MΩ
100MΩ
200MΩ
0
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Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
No.
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
Annunctator
N-PE
L-N
L-PE
PFC
PSC
Meaning
Low battery icon. See
for additional information on batteries and power management.
Beeper
Lock
Hold
Datalog
Bluetooth
Appears when the instrument is overheated.
Display 30 seconds (time-delayed)
Being tested
Primary display and measurement units.
Primary display and measurement units.
Fault voltage. Measures neutral to earth.
Indicates the preset falut voltage limit.
Arrows above or below the terminal indicator symbol indicate
reversed polarity. Check the connection or check the wiring to
correct.
N-PE Value
L-N Value
L-PE Value
Prospective Earth Fault Current.
Calculated from voltage and loop impedance which is measured
line to protective earth.
Prospective Short Circuit. Calculated from measured voltage
and impedance when reading line to neutral.
Being tested
High Voltage Warning
Warning
30S
UL:
UF:
Ω
888.8
888.8
LPE N
LPE N
LPE N
L1 L2 L3
230
L
231
PE 1N
230
L
231
PE 1N
:Indicates the battery status.
:100%
:80%
:50%
:20%
:Low Battery
1-Battery status
2-Displayed measured value
3-The measurement unit of the measured value
4-The indication of the correct input terminal connection
5-Displayed menu
5-How to Use the Tester
5.1-Important Symbols and Messages during the measurement
5.1.1-Displayed icons (symbols) and messages in VOLTAGE function
Description
• Will not detect two hot wires in a circuit.
• Will not detect a combination of defects.
• Will not detect reversal of grounded and grounding conductors .
Notes:
:Indicates the correct input terminal connectivity . The user should connect the test leads
to the appropriate terminals.
:Indicates L connection is connected on the N input terminal an d vice-versa
:Indicates no connection on the PE input terminal
If the wiring condition is other than normal, the Tester is limited on its measurements that can be performed.
:Indicates the battery status.
:100%
:80%
:50%
:20%
:Low Battery
51
3
2
24
Figure 1 Screen
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Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
5.1.2-Displayed icons (symbols) and messages in LOOP/PFC function
Notes:
:Indicates the correct input terminal connectivity. The user should connect the test leads
to the appropriate terminals.
:Indicates L connection is conn ected on the N input terminal and vice-versa
:Indicates no connection on the PE input terminal
If the wiring condition is other than normal, the Tester is limited on its measurements that can be performed.
• Will not detect two hot wires in a circuit.
• Will not detect a combination of defects.
• Will not detect reversal of grounded and grounding conductors .
5.1.3-Displayed icons (symbols) and messages in RCD function
Message:
Measuring: Function in use - measurement being carried out
RCD Trip: During the measurement, the RCD has tripped therefore no test result obtained
-Noise-: Appears during the No Trip Loop Measurement, and indicates that the displayed value may not be
accurate due to “mains” interference - test to be repeated
Notes:
• Will not detect two hot wires in a circuit.
• Will not detect a combination of defects.
• Will not detect reversal of grounded and grounding conductors .
:Indicates the battery status.
:100%
:80%
:50%
:20%
:Low Battery
:Indicates high temperature and therefore cannot make any measu rements
: Indicates the correct input terminal connectivity. The user should connect the test leads
to the appropriate terminals.
: Indicates L connection is connected on the N input terminal a nd vice-versa
: Indicates no connection on the PE input terminal
If the wiring condition is other than normal, the Tester is limited on its measurements that can be performed.
: Indicates the battery status.
: 100%
: 80%
: 50%
: 20%
5.1.4-Displayed icons (symbols) and messages when using the LOW OHM and CONTINUITY functions
5.1.5-Displayed icons (symbols) and messages when using the RE functions
5.1.6-Displayed icons(symbols) and messages in INSULATION function
5.2-Using the LOOP/PFC Function
Symbol:
Message:
: Low Battery
: Indicates high temperature and therefore cannot make any measurements
Half: Appears during the auto test when rcd has operated on the x ½ test
Half Trip: Appears during the manual test when rcd has operated on the x ½ test
UL OVER: Appears when UF voltage exceeds the previously set UL voltage. (UL voltage can be set to 25V or
50V) The user must check the impedance between L-PE
: Indicates correct input terminal connectivity. The user should connectthe test leads to the
appropriate terminals indicated by color coding.
: Indicates correct input terminal connectivity. The user should connect the test leads to
the appropriate terminals indicated by color coding.
: Indicates correct input terminal connectivity. The user should connect the test leads to
the appropriate terminals indicated by color coding.
: Low Battery (The icon will be ashing along with the beep so und).
: The resistance of the test leads are included in the test measurement
: The resistance of the test leads are not included in the test measurement
1-Before you do a loop impedance test, use the zero adapter to zero the test leads or the mains cord. Press
and hold F4 button for more than two seconds until the ann unciator appears. The tester measures
the lead resistance, stores the reading in memory, and subtracts it from readings. The resistance value is
saved even when the power is turned o so it is unnecessary to repeat the operation each time you use the
tester with the same test leads or mains cord.
: Low Battery (The icon will be ashing along with the beep so und).
: Indicates high voltage (125V, 250V,500V or 1000V) at probe terminals, Use caution
: Low Battery (The icon will be ashing along with the beep so und).
: The resistance of the test leads are included in the test measurement
: The resistance of the test leads are not included in the test measurement
Note: Be sure the batteries are in good charge condition before you zero the test leads.
2-You can select UL Voltage by Pressing and hold F3 button for more than two seconds (25V or 50V).
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Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
5.2.1-Using the No Trip LOOP Measurement to be selected where the circuit is protected by an RCD whose
rating is 30mA or above
1-Turn the rotary switch to the LOOP/PFC position
2-Connect the test leads as Figure Figure 4
3-If voltage of the L- PE on the lower left appears, the
unit is ready to TEST
4-Press the TEST button when ready
5-If NOISE appears during the No Trip Loop
Measurement, the displayed value may not be
accurate due to “mains” interference and the
test should be repeated
When carrying out the test from a 13A socket
the points of contact are automatically selected by
the plug top connection
Ω
A
Figure 3-No Trip LOOP
Figure 2-No Trip LOOP-Standby Screen
Figure 4 No Trip LOOP-Test lead connection
F1 Button: Pop-up and shutdown Loop/PFC menu, Shutdown mode is activated when the user selects.
F2 Button: Pop-up and shutdown Current menu, Shutdown mode is activated w hen the user selects
F3 Button: None
F4 Button: Press the F4 button 3S, triggering zero function.
Up Button: Up menu to select the current active sub-options.
Down Button: Down menu to select the current active sub-options.
Enter Button: Conrm the user select mode.
5.2.2-LOOP / PFC Function Menu Operation
Main Display
Menu Display
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Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
1-When measuring is completed, impedance of
L-PE and PFC (lf) value appears on the screen
2-Press TEST button if re-test is necessary.
When symbol from , ,
appears lower left corner, and if the voltage
exceeds 260V, the measurement will not take place
1-Turn the rotary switch to the LOOP / PFC position
2-Press F2 button to change from No Trip to Hi Amp
3-Connect the test leads as shown in the Figure 8
4-If voltage of the L-PE on the lower left appears, the
unit is ready to TEST
5-Press the TEST button when ready
5.2.3-Using the Hi Amp LOOP Measurement to be
selected where the circuit is NOT protected by the
inclusion of an RCD
Figure 5 No Trip-Measurement completed
Figure 6 Hi Amp Loop-Standby screen
Figure 8 Hi Amp LOOP-Test lead connectionFigure 7 Hi Amp LOOP-To be used where
NO RCD is present
6-When the measuring is complete the impedance
of L-PE and PFC (lf) value appears on the screen
7-Press TEST button if re-test is necessary
When symbol from , ,
appears lower left corner, and if the voltage
exceeds 260V, the measurement will not take place
1-Turn the rotary switch to the LOOP / Psc position
2-Press F1 button to change from L - PE to L-N
3-Connect the test leads as shown in Figure 12
4-If voltage of the L-PE on the lower left appears, the
unit is ready to TEST
5-Press the TEST button when ready
5.2.4-Using the L-N Line Impedance Measurement
Figure 11 N Line Impedance-When measuring Figure 12 N Line Impedance-Test Ieads
connection
Figure 10 L-N Line-Standby screen
Figure 9 Hi Amp LOOP-Measurement nished
14 15

Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
6-When measuring is completed, impedance of
L-N and PSC value appears on the screen
7-Press TEST button if re-test is necessary
When symbol from , ,
appears lower left corner, and if the voltage
exceeds 260V, the measurement will not take place
You can select UL Voltage by Pressing and hold
F3 button for more than two seconds (25V or 50V).
Uf value appears is the contact voltage on the
screen.
5.2.5-Using The RCD Function
Figure 14 RCD-Standby screen
Figure 13 L-N Line Impedance-Measurement
completed
F1
F2
F3
F4
X1/2
X1
X2
X5
AUTO
RAMP
General
(non-delayed)
RCD
Selective
(time-delayed)
RCDs
IΔN: Trip-Out Current
tΔ: Trip-Out Time
: Indicates that the thermal protection device has operated and therefore cannot make any measurements.
Instrument must be allowed to cool for a period before tests can continue.
tΔ=
Max.1999mS
tΔ=
Max.1999mS
tΔ=
Max.500mS
tΔ=
Max.500mS
tΔ=
Max.150mS
tΔ=
Max.150mS
tΔ= Max.40mS
tΔ= Max.40mS
G: General (non-delayed) RCDs
S: Selective (time-delayed) RCDs
RCD t Δ
100mA
AC S
180
RCD I ΔN
300mA 500mA 650mA 1A 10mA
AUTO
30mA
AC G
0
Function Button Description
Possible setup ratios depending on the RCD Trip Current
Maximum measurement Trip Time of the RCD (Complying to BS 61008 and 61009)
BUTTON
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Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
Using the Functions activated by F1 button
Figure 15 RCD Measurement-Test Iead
connection
Figure 16 RCD Auto Function Screen
Using the AUTO Mode
1-Turn the rotary switch to the RCD position
2-Initial screen is setup to the AUTO
3-Using the F2 and F3 button, select the rating and the
type of the RCD
4-Connect test leads as shown in the Figure 15
5-If --- from the lower right corner disappears and
voltage of the L-PE on the lower left appears, the
unit is ready to TEST (If N and PE test leads are
reversed, the instrument will still carry out the test)
6-Press the TEST button when ready
7-Test will proceed it should not trip from x½ mode
but will trip from the x1 0° mode, and indicate
the trip time
8-Reset RCD the unit will measure the Trip Time
from the x1 180° mode
9-Repeat for both x5 0° and x5 180° resetting
RCD after each test
10-Tests now complete-see display for results
Using the x1/2, x1 and x5 manual selection
Figure 18 RCD Ramp-Measuring screen
Figure 17x1 Mode-Measuring screen
Using the RAMP Function
1-Turn the rotary switch to the RCD position
2-Press F1 and aspect button from the AUTO to
select x1/2, x1 and x5
3-Using the F2 and F3 button, select the RCD’s trip
current and type of the RCD. (General/Selective)
4-Connect the test leads as shown in Figure 15
5-If --- from the lower right corner disappears and
voltage of the L- PE on the lower left appears, the
unit is ready to TEST
(If N and PE test leads are reversed, the instrument
will still carry out the test)
6-Using the Selective RCDs with F3 button
S : Selective (time-delayed) RCDs
S (Selective (time-delayed)) RCDs will measure by delaying 3 0 seconds and then stream the current.
(will display 30 seconds during the time of the delay)
AC RCD streams current in r.m.s. value which has the sine wa ve form.
DC RCD streams current in r.m.s. value which has the pulse w ave form.
7-Using the Selective 0°and 180° with F4 button
8-Press the TEST button when ready
9-Record slowest time
1-Turn the rotary switch to the RCD position
2-By pushing the F1 button select RAMP from AUTO
3-Using the F2 and F3 button, select the RCD’s trip
current and type of the RCD
4-Using the Selective 0°and 180° with F4 button
5-Press test button-the test current “ramps up from
3mA to 33mA in 3mA stages
6-The RCD should operate approximately 21mA for
it to be in Compliance
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Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
5.2.6-RCD Function Menu Operation
Main Display
RCD AUTO Other
Menu Display
F1 Button:
Pop-up and shutdown RCD menu, Shutdown mode is activated when the user selects.
F2 Button: Pop-up and shutdown Trip Current menu, Shutdown mode is activat ed when the user selects
F3 Button: Pop-up and shutdown Type of RCD menu, Shutdown mode is activat ed when the user selects
F4 Button: Pop-up and shutdown Type of 0°/180° menu, Shutdown mode is acti vated when the user selects
Up Button: Up menu to select the current active sub-options.
Down Button: Down menu to select the current active sub-options.
Enter Button: Conrm the user select mode.
5.2.7-Using the VOLTAGE Function
5.2.8-Using the Phase Sequence Function
Determining the Phase Sequence
WARNING!
Do not use on a circuit whose voltage either L-L
or L-N exceeds 550V Measuring the Voltage and
Frequency
1-Connect the test lead input terminal
2-Turn the rotary switch to the VOLTAGE position
Do not attempt to measure when the input voltage
is above 500V a.c.
Value at the top right hand corner represents the
Voltage, and the value in the right hand center
represents the frequency.
The display will appear without the TEST button
operated.
1-Turn the rotary switch to the VOLTAGE position
2-Press F1 to make symbol is displayed
3-Connect the test leads L1, L2, L3 as shown on
the Figure 22
-When the instrument is energized the sequence
will be displayed automatically
Figure 21 Initial screen of the Phase
Sequence Measurement
Figure 20 Screen while measuring Voltage
and Frequency
Figure 20 Screen while measuring Voltage
and Frequency
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When the line conductors are connected in the
correct sequence 1.2.3 and the symbol will appear as
the Figure 23
However, connected in the wrong sequence, 2.1.3
and the circle symbol will change to the symbol
displayed below
Figure 22 Phase Sequence-Test lead connection
Figure 23 Phase Sequence screen-when
connected in clockwise direction.
Figure 24 Phase Sequence-When connected
in counter-clockwise manner
Main Display
5.2.9-Voltage/Phase Function Menu Operation
Menu Display
6-Using the Insulation Function
6.1-Insulation Function/Menu Operation
Main Display
F1 Button:
Pop-up and shutdown Voltage/Phase menu, Shutdown mode is activ ated when the user selects.
F2 Button: None
F3 Button: None
F4 Button: None
Up Button: Up menu to select the current active sub-options.
Down Button: Down menu to select the current active sub-options.
Enter Button: Conrm the user select mode.
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Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
Menu Display
F1 Button: Pop-up and shutdown Insulation menu, Shutdown mode is activate d when the user selects.
F2 Button: Pop-up and shutdown Insulation menu, Shutdown mode is activate d when the user selects.
F3 Button: Pop-up and shutdown Insulation menu, Shutdown mode is activated when the user selects.
F4 Button: Pop-up and shutdown Insulation menu, Shutdown mode is activate d when the user selects.
Up Button: Up menu to select the current active sub-options.
Down Button: Down menu to select the current active sub-options.
Enter Button: Conrm the user select mode.
6.2-Insulation Resistance Display/Switch and Terminal Settings
WARNING!
Measurements should only be performed on de-energized circuits.
To measure insulation resistance
1-Turn the rotary switch to the INSULATION position.
2-Use the L and N (red and black) terminals for this test.
3-Press F4 and set limit value (optional).
4-Use the F1 to select the test voltage. Most insulation testin g is performed at 500 V, but observe local test
requirements.
5-Press and hold TEST button until the reading settles and the tester beeps.
Note
6.3-Using the RE Function
Note
Testing is inhibited if voltage is detected in the line.
The primary (upper) display shows the insulation resistance.
The secondary (lower) display shows the actual test voltage.
For normal insulation with high resistance, the actual test vol tage (UN) should always be equal to or higher
than the programmed voltage. If insulation resistance is bad, the test voltage is automatically reduced to limit
the test current to safe ranges.
6.4-Earth Resistance Display/Switch and Terminal Settings
The earth resistance test is a 3-wire test consisting of two te st stakes and the earth electrode under test.
This test requires an accessory stake kit. Connect as shown in right gure.
Best accuracy is achieved with the middle stake at 62 % of the distance to the far stake. The stakes should
be in a straight line and wires separated to avoid mutual coupling.
The earth electrode under test should be disconnected from the electrical system when conducting the
test. Earth resistance testing should not be performed on a live system.
6.5-To Measure Earth Resistance
1-Turn the rotary switch to the RE position.
2-Press and release TEST button. Wait for the test to complete.
The primary (upper) display shows the eart resistance readin g.
The Test Current will be displayed in the secondary display.
If Voltage detected between the test rods greater than 10V, the test is inhibited.
6.6-RE Function Menu Operation
6.7-Using the LOW OHM Function
Main Display
F1 Button:
None
F2 Button: None
F3 Button: None
F4 Button: Short the F4 button 3S, triggering zero function.
Up Button: None
Down Button: None
Enter Button: None
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A continuity test is used to verify the integrity of connection s by making a high resolution resistance
measurement. This is especially important for checking Protecti ve Earth connections.
6.8-LOW OHM Function Menu Operation
Main Display
Menu Display
F1 Button:
Pop-up and shutdown LOW OHM menu, Shutdown mode is activated w hen the user selects.
F2 Button: Pop-up and shutdown LOW OHM menu, Shutdown mode is activated w hen the user selects.
F3 Button: None
F4 Button: Short the F4 button 3S, triggering zero function.
Up Button: Up menu to select the current active sub-options.
Down Button: Down menu to select the current active sub-options.
Enter Button: Conrm the user select mode.
Press the and button to select the Items, Then press the button to enter
Press the and button to select the System Settings, D ata Record or Run Settings. Then press the
button to enter.
7-Menu
8-System Settings
Items Menu
System Settings
Data Record
Run Settings
Items Menu
Languages
Date/Time
TV
Memory
Auto screen-o
Auto power-o
System default settings
System upgrade
8.1-Languages
Press the and button to select the language,
press ESC button to esc and save the select the
language.
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Press the and button to select the output
time, Then press the button to enter.
Press the and button to select the Working
Space or Format , Then press the button to enter,
press the ESC button to esc and save.
Press the and button to select the date or
time, Then press the button to enter, Press the
and button to adjust the value, Press the
and button to select the Items, press the ESC
button to esc and save.
8.2-Date/Time
8.3-TV
8.4-Memory
Default 3 Minutes, Press the and button to
select the Auto screen-o time, press ESC button
to esc and save the select the time.
8.5-Auto Screen-o
Default 10 Minutes, Press the and button
to select the Auto power-o time, press ESC button
to esc and save the select the time.
Then press the button to enter, Then press
the and button to select whether Reset.
8.6-Auto Power-o
8.7-System Default Settings
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Multifunction Installation Tester/EnglishMultifunction Installation Tester/English
Then press the button to enter.
Press the and button to select the Items,
then press the button to enter.
Press the and button to select the on or o bluetooth , press the ESC button to esc and save.
8.8-System Upgrade
9-Run Settings
9.1-Bluetooth
O the Bluetooth
On the Bluetooth
Items Menu
On or o the Bluetooth
Data Record
Datalog
Press the button to select the
characters, press the button to Enter characters.
NOTE: Data recording shortcuts, press the left button.
Press the and button to select the Items,
Pressthe and button to set.
Press the and button to select the data record
le, press button to to enter.
9.2-Data Record
9.3-Datalog
10-Data Record
Items Menu
F1 button
F2 button
Backspa
Enter Data Record
Enter characters
On or o the Datalog
/ Set Datalog time(Unit : second)
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Press the and button to select the view log data, Pre ss the and button to select the les, press
button to menu, press the ESC button to esc data record preview.
Press Help/Delete button to menu, Press the
and button to select the Yes or No, press
button to execute.
10.1-Delete Files
Main Display
10.2-Data Record Preview
F1 Button: None
F2 Button: None
F3 Button: None
F4 Button: None
Up Button: Turned up view log data
Down Button: Turned down view log data
Left Button
Right Button
Enter Button:
Menu
Press the and button to select the Items, Then press the button to enter
10.3-Menu
10.3.1-Data record
10.3.2-Datalog
Settings Menu Display
F1 Button:
None
F2 Button: None
F3 Button: None
F4 Button: None
Up Button: Select up
Down Button: Select down
Left Button: None
Right Button: None
Enter Button: Conrm the user select mode
10.3.3-Bluetooth
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10.4-Drawing
No. Annunctator Meaning
File Name
Primary display and measurement units.
Primary display and measurement units.
Coordinate
Function
Function
hours/minutes/seconds
L-FE Value
L-N Value
FE-N Value
Arrows above or below the terminal
indicator symbol indicate reversed polarity.
Check the connection or check the wiring
to correct.
UF Value
Main display curve
Record time
File named:
Month/day File type
Function Hours/minutes/seconds
10.5-Datalog Color
WARNING!
• Measurements should only be performed on de-energized circuit s.
• Measurements may be adversely aected by impedances or paral lel circuits or transient currents.
To Measure Continuity
1-Turn the rotary switch to the RLO position.
2-Use the L and N (red and black) terminals for this test.
3-Before making a continuity test, short the ends of the probes together and press the ZERO button. After
performing test leads compensation compensated test leads indicator is displayed.
4-Press and hold TEST until the reading settles.
5-If the continuity beeper is enabled,pressthe F1 to set high limit resistance value. the tester beeps continuously
for measured values less than high limit resistance and there is no stable reading beep for measured values
greater than high limit resistance.
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Testeur d'installation avec multifonction
Manuel d'instructions
RS MT-6600
No d'inventaire: 144-5338
FR
Multifunction Installation Tester/English
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